欢迎访问ic37.com |
会员登录 免费注册
发布采购

CXD1968AR 参数 Datasheet PDF下载

CXD1968AR图片预览
型号: CXD1968AR
PDF下载: 下载PDF文件 查看货源
内容描述: DVB -T解调器 [DVB-T Demodulator]
分类和应用:
文件页数/大小: 97 页 / 746 K
品牌: SONY [ SONY CORPORATION ]
 浏览型号CXD1968AR的Datasheet PDF文件第62页浏览型号CXD1968AR的Datasheet PDF文件第63页浏览型号CXD1968AR的Datasheet PDF文件第64页浏览型号CXD1968AR的Datasheet PDF文件第65页浏览型号CXD1968AR的Datasheet PDF文件第67页浏览型号CXD1968AR的Datasheet PDF文件第68页浏览型号CXD1968AR的Datasheet PDF文件第69页浏览型号CXD1968AR的Datasheet PDF文件第70页  
CXD1968AR  
TPS_CTL  
Read/Write  
RESET: 0x04  
Default R/W  
Offset Address: 0x30  
Bit  
Name  
Description  
7:3 Reserved  
00h  
R/W  
By default, TPS_SET_2, 3 registers are updated from  
TPS_RCVD_2, 3 when TPSSetFrame transitions from “3” to  
“0” (super-frame). If this bit is set, then the FIRST acceptable  
TPS RCVD data (while state-machine is in WAIT_TPS) is  
loaded into the TPS_SET_2, 3 registers irrespective of TPS  
RCVD Frame number. This could assist faster acquisition,  
except in the superframe immediately prior to a parameter  
change.  
Use First TPS  
Immediately  
2
1
R/W  
By default, TPS RCVD and TPS SET registers are updated  
only if the BCH check is OK (“good TPS”). When TPS Ignore  
BCH is set both TPS_RCVD and TPS_SET registers are  
updated irrespective of the BCH check.  
1
0
TPS Ignore BCH  
0
0
R/W  
R/W  
TPS Disable  
Update  
When set, this bit disables updating of the “SET” TPS data  
from “RCVD” TPS data in the data stream.  
CTL_FFTOSNUM  
Read Only  
Description  
Offset Address: 0x31  
Bit  
7
Name  
Reserved  
Default R/W  
R
FFT output symbol number counter (0...63). This counter  
increments every symbol when new symbol data is available  
at the output of the FFT.  
6:0 CTL FFTOSNUM  
R
A value of 127 read from this register implies that the counter  
is not yet running (symbol number is not valid).  
PIR_CTL  
Read/Write  
Description  
RESET: 0x00  
Default R/W  
Offset Address: 0x34  
Bit  
Name  
7:1 Reserved  
00h  
R/W  
AGC_GAIN, TRL_TIMEOFF, CRL_FREQOFF and  
BER_ESTIMATE are fields more than 8 bits which are each  
accommodated in more than one register. It is therefore  
possible for the field value to change in the time between the  
two reads from the register pair. When a “1” is written to the  
freeze bit (whether it was previously “0” or not), the field values  
are latched. With the freeze bit “0” the data within the fields  
changes dynamically.  
0
Freeze  
0
R/W  
- 66 -  
 复制成功!